About this episode
Hey Team! Today we've got a real treat, I'm talking to one of my favorite people, Brendan Mahan of the ADHD Essentials Podcast. I last had Brendan on to talk about the Wall of Awful, his model of how everything that we do can be made harder from repeated failure. It's a great episode and I'll link that in the show notes if you want to get caught up on that. I asked Brendan back on the show because while we were at the International ADHD Conference I got talking to him about a different model of his and that's the 9 parts of a transition. Now I understand that the idea of 9 parts of a transition can seem a bit daunting, but what I think the most salient point of this episode is, is that transitions are far more than what we initially think they are. Because of this we often underestimate what goes into making those transitions. But I'm getting ahead of myself here, in our conversation today, Brendan breaks down this model and we also explore strategies for managing distractions and understanding our emotional states. Checkout Brendan's podcast ADHD Essentials Feel free to ask me a question on my Contact Page Find the full show note at HackingYourADHD.com/167 This Episode's Top Tips Understand that each transition includes multiple components, not just the physical move from one task to another. We need to consider not just the stopping, moving, and starting components of a transition, but also the physical, cognitive, and emotional aspects as well. And just to hammer this piece home, we need to recognize and address the emotional aspects of transitions, as they play a significant role in the process. This is especially important when we're switching contexts, like going from work to family stuff. It's also important for us to understand that sometimes not all the parts of a transition are going to be all that impactful - some parts of the transition are going to be easy. But when we do struggle with moving onto the next thing it is important that we can step back and try and identify what's going on and where we're finding that resistance.